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2008•Journal of Irrigation and DrainageRequires access

Experimental Study on the New Hydrocylone Separator for Micro-irrigation

Luo Jin-yao

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Abstract

The hydrocyclone has become a type of unique separation facility due to its special separation principle and structural characteristics.The thesis designs a new hydrocylone separator for micro-irrigation.Through experimental study on the new hydrocyclone separator,we draw a conclusion that the designed production capacity at around 30 m3/h,division granularity at 27.5,separation limit at 95.0,separation precision at 0.42.The experimental result shows the new hydrocyclone separator can meet the requirement for micro-irrigation.

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What this paper is about

The hydrocyclone has become a type of unique separation facility due to its special separation principle and structural characteristics.The thesis designs a new hydrocylone separator for micro-irrigation.Through experimental study on the new hydrocyclone separator,we draw a conclusion that the designed production capacity at around 30 m3/h,division granularity at 27.5,separation limit at 95.0,separation precision at 0.42.The experimental result shows the new hydrocyclone separator can meet the requirement for micro-irrigation.

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Available abstract

The hydrocyclone has become a type of unique separation facility due to its special separation principle and structural characteristics.The thesis designs a new hydrocylone separator for micro-irrigation.Through experimental study on the new hydrocyclone separator,we draw a conclusion that the designed production capacity at around 30 m3/h,division granularity at 27.5,separation limit at 95.0,separation precision at 0.42.The experimental result shows the new hydrocyclone separator can meet the requirement for micro-irrigation.

Key concepts: Hydrocyclone, Separator (oil production), Granularity, Engineering, Environmental science, Process engineering, Computer science, Mechanics

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